Publication Date:
2017
abstract:
The ancient destructive capability of earthquake faults is well chronicled by historians and their cultural
impact widely uncovered by archaeologists. Archaeological and geological investigations at some of the
most renowned sites in the ancient Greece world, however, suggest a more nuanced and intimate
relationship between seismic faults and past human settlements. In the Aegean's karstic landscape
earthquake fault scarps act as limestone ramparts on which fortifications, citadels and acropoli were
constructed, and underlying fault lines were preferred pathways for groundwater movement and egress.
The vital purifactory or therapeutic role of natural springs in the ritual practices of early settlements
implies that the fault lines from which they leaked may have helped position the nascent hubs of Greek
cities. Equally, the tendency for earthquakes to disrupt groundwater patterns and occasionally shut down
persistent springs provides a hitherto unrecognized mechanism for the abrupt demise of those same
settlements. Votive niches, carvings, reliefs and inscriptions on fault surfaces suggest important sacred
sanctuaries, particularly those with oracular functions, may have been deliberately built astride active
fault traces and venerated as direct connections to the chthonic realm ('the underworld'). Regionally, the
Aegean's distributed network of tensional faulting, circulating geothermal waters and deep-seated degassing
sets the tectonic framework for the springs and gases that infuse the ancient Greek netherworld
of caves, chasms, chambers, and sacred grottos. The possibility that seismic faults may have constituted
the fulcrum of prominent sacred places means that, for all their obvious destructiveness, earthquakes
may have had an unacknowledged cultural significance in Greek antiquity.
Crown Copyright © 2017 Published by Elsevier Ltd on behalf of The Geologists' Association. This is an
open access article under the CC BY-NC-ND license (http://creativecommons.org/licenses/by-nc-nd/4.0/).
Iris type:
01.01 Articolo in rivista
Keywords:
Earthquakes; Archaeology; Tectonics; Greece; Turkey
List of contributors:
Piccardi, Luigi
Published in: